tailieunhanh - Supervisory Control & Data Acquisition

Supervisory Control And Data Acquisition (SCADA) = công nghệ tự động hóa + điều khiển Đang phát triển và có khuynh hướng phát triển ở trong mọi lĩnh vực của công nghiệp. Trong mười năm trở lại đây ở các nước tiên tiến quan tâm mạnh mẽ. Sự phát triển mạnh mẽ của công nghê thông tin đã làm tăng mức độ tự động hoá và phân bố lại chức năng giữa con người với thiết bị và sinh ra vấn đề tương tác giữa con người – quan sát viên với hệ thống điều khiển. SCADA đã được đặt lên hàng đầu ở những nước phương tây vào những năm 80. | Supervisory Control & Data Acquisition © Dr. Truong Dinh Chau Department of Automatic Control Engineering Faculty of Electric – Electronic Engineering Ho Chi Minh City Polytechnic University Mobile: 091 543 74 40 E-mail: tanchau@ SCADA Systems Modern Automation Control Systems Integrated Automated Control Systems Modern Process Control Systems Complex Manufacturing Systems Computer Integrated Manufacturing Systems (CIMS) Hardware, Software, Algorithmization, Networking, Process Control, PLC, Automatic Control Description of the Discipline The course provides theoretical reductions about possibilities, structures, technical features and trend of Supervisory Control And Data Acquisition (SCADA) system, I/O devices and I/O devices networking (DAQ Card, PLC, ) and industry communication technology. The crucial issue of the course is analysis of components in the SCADA systems, the mechanisms of integration of I/O devices with SCADA software, MS Office the other applications. In . | Supervisory Control & Data Acquisition © Dr. Truong Dinh Chau Department of Automatic Control Engineering Faculty of Electric – Electronic Engineering Ho Chi Minh City Polytechnic University Mobile: 091 543 74 40 E-mail: tanchau@ SCADA Systems Modern Automation Control Systems Integrated Automated Control Systems Modern Process Control Systems Complex Manufacturing Systems Computer Integrated Manufacturing Systems (CIMS) Hardware, Software, Algorithmization, Networking, Process Control, PLC, Automatic Control Description of the Discipline The course provides theoretical reductions about possibilities, structures, technical features and trend of Supervisory Control And Data Acquisition (SCADA) system, I/O devices and I/O devices networking (DAQ Card, PLC, ) and industry communication technology. The crucial issue of the course is analysis of components in the SCADA systems, the mechanisms of integration of I/O devices with SCADA software, MS Office the other applications. In the course use industry components: Siemens, Intouch, GeniDAQ, DDE Servers, OPC Servers and MS Office for practical demonstration of the theoretical material. Syllabus Chapter Content SCADA system, structure & components Introduction What is SCADA? Components of SCADA system Information structure of hierarchical control systems – electric systems SCADA GSM – water supply, gas, electric systems. Data acquisition devices & networking of data acquisition devices Data acquisition cards & accessories PLC Typical configurations of I/O device connection with IPC PLC networking & DCS Industry communication technology Communication technology Typical mechanisms of data exchange Basic type of automation networks Example: Modbus protocol Concepts in SCADA software, HMI & control strategies design Tag – abstract of parameters of process control Device – abstract of I/O device Task – HMI & real-time control strategies design Advantech GeniDAQ, Intouch Wonderware Approaches of device connection with .